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1. Round 21.356 to the nearest tenth.
2. Find the value of 6 + 12 ÷ 3 x 2
3. Which one of the following is closest to the reading shown on the weighing scale below?
4. Express 25 seconds as a fraction of 2 minutes.
5. Which two lines are perpendicular to each other?
6. Ravi has 3/4 as many stamps as Peter. Find the ratio of the number of stamps Peter has to the total number of stamps the two boys have.
7. Ken cycled along a track from 5.30 p.m. to 6.50 p.m. Lee cycled along the same track from 5.40 p.m. to 7.20 p.m. How much longer did Lee cycle than Ken?
8. The figure is made up of a quarter circle of radius 8 cm and a semicircle. Find the area of the semicircle.
9. Arrange the following distances from the longest to the shortest. 9.45 km 9 km 95 m 9 3/5 km Longest Shortest
10. The bar graph below shows the number of computers sold in each month from August to November. The bar for the number of computers sold in November has not been drawn. How many computers did the shop sell altogether in August and September?
11. The same bar graph below shows the number of computers sold in each month from August to November. The bar for the number of computers sold in November has not been drawn. The number of computers sold in November was a 25% increase from the number of computers sold in October. How many computers were sold in November?
12. At first, there were 60 red apples and 40 green apples in a basket. Mrs Lim then sold 10% of the red apples and 25% of the green apples. What percentage of the apples in the basket did she have left?
13. In the figure below, ABCD is a trapezium where CD is parallel to AB. Given that AE = DE, find ∠EAB.
14. At first, Alex and Melissa were facing the same direction. Then, Melissa turned 225° anti-clockwise to face East and Alex turned 90° clockwise. Which direction did Alex face in the end?
15. Maliki cut a square piece of paper measuring 12 cm in length into 2 pieces of squares and 2 pieces of rectangles as shown in Figure 1. He arranged the pieces to form a big rectangle as shown in Figure 2. What is the perimeter of the big rectangle in Figure 2?